Machine for counting and packaging coins.



vJ. J. FARRELL.

MACHINE FOR GOUNTING AND PACKAGING COINS.

APPLICATION FILED OCT. 26, 1908.

Patented Jan 10,1911

14 SHEETS-SHBBT 1 kn Q ll i 11 i I i 6 e [NVENTOR Attorney a? 7 1 F 0 m m .7 Sm i. in IE. 3 g W my m3 m J. J. FARRELL.

MACHINE FOR. COUNTING AND PACKAGING (JOINS.

APPLICATION FILED OUT. 26, 1908.

Patented Jan. 10

14 SHEETS8HEET 2- [NVENTOR Al/ome'y J J. FARRELL. MACHINE FOR GOUNTINGYAND PACKAGING coms.

APPLICATION FILED OUT. 26, 1908. 981,403. Patented Jan. 10,1911.

14 SHEETS-SHEET 3.

IIIIIIIfl!!!lllllllllfllllfflflran Attorney J. J. FARRELL.

MACHINE FOR COUNTING AND PACKAGING COINS.

APPLICATION FILED OCT.Z6,1908. 981,403. Patented Jan. 10, 1911.

14 SHEET8-SHEET 4.

[NVENTOR IIIIII/)IIIIIIIIIIIIIIII/ln III/IIIIIIIIIIIIIIIIIIIIII I [Iii/11111111111111!!! J. J. FARRELL.

MACHINE FOB. COUNTING AND PACKAGING COINS.

APPLICATION FILED OUT. 26, 1908.

Patented Jan. 10, 1911.

14 BHEETSSHEET 5.

[NVENTOR J. J. FARRELL.

MAOHINE FOR COUNTING AND PACKAGING cows.

APPLICATION FILED OUT. 26, 1908. 981,403 Patented Jan. 10,1911. 14 SHEETSSHEET 6.

um ,MIFEIIIIII iii-m [NVENTOR I M Allomey WITNESSES APPLIOATION FILED OUT. 26. 1908.

J. J. FARRELL.

MACHINE FOB COUNTING AND PACKAGING COINS.

Patented Jan. 10, 1911.

' 14 SHEETS-SHEET 7.

v [NVENTOR B y i J. J. FARRELL. MACHINE FOR COUNTING AND PACKAGING GQINS.

APPLICATION FILED OCT. 26, 1908.

Patented flan. 10, 1911.

1% SHEETS- SHEBT 8.

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l////////l 7////////////W// 1 [NVENTOR Affomqy I J. J. FARRELL.

MACHINE FOR COUNTING AND PACKAGING COINS.

Patented Jan. 10,1911.

14 SHEETS-SHEET 9.

APPLICATION FILED OCT. 26, 1908.

F/ZZE.

J. J. FARRELL.

MACHINE FOR COUNTING AND PACKAGING COINS.

APPLICATION FILED OUT. 26, 1908. 981,403. Patented Jan. 10, 1911.

-14 SHEETS-SHEET 10.

K fit [NI/ENTOR W n W A J. J. FARRELL.

MACHINE FOR COUNTING AND PACKAGING COINS.

APPLICATION FILED OUT. 26, 1908. 981,403. Patented Jan. 10, 1911.

14 SHEETS-SHEET 11.

N .n l l: E1.

JNVENTOR J. J. FARRELL. MACHINE FOR COUNTING AND PACKAGING GOINS I APPLICATION FILED OCT. 26, 1908. 981,403. Patented Jan. 10,1911.

14 SHEETS-SHEET 12.

llll J. J. FARRELL.

MACHINE FOB. COUNTING AND PACKAGING COINS.

Patented Jan. 10, 1911.

14 SHEETS-SHEET 13.

INVENTOR Af/omey APPLICATION FILED OUT. 26, 190B.

J. J. FARRELL.

MACHINE FOR COUNTING AND PACKAGING COINS.

APPLICATION FILED OCT. 26, 190B.

Patented Jan. 10, 1911.

14 SHEETS-SHEET 14.

mi WE [NVENTOR' Attorney JOHN JAMES FARRELL, OF SOUTH ARDMOBE, PENNSYLVANIA.

MACHINE FOR COUNTING AND PACKAGING COINS.

Specification of Letters Patent.

Patented Jan. 10, 1911.

Application filed October 26, 1908. Serial No. 459,656.

To all whom it may concern:

Be it known that 1, JOHN JAMES FARRELL, a citizen of the United'States, residing at South Ardmore, in the county of Delaware, State of Pennsylvania, have invented certain new and useful Improvements in Machines for Counting and Packaging Coins, of which the following is a description, reference being had to the accompanying drawings, forming a part hereof My invention relates to a machine for operating upon a mass of coins, all of one denomination, but includes features of adjustment whereby it maybe used with coins of various denominations, it being understood however that when in any given condition of adjustmentthe coins operated upon at one time will be all of one denomination. \Vhen performing the greatest number of distinct operations of which it is capable the machine will actto count a plurality of collections of coins from the mass of coins operated upon, each collection comprising a definite and predetermined number of coins and having therefore a definite value; to gather or collect the several collections of coins thus produced in suitable collecting or receiving mechanism, it being understood that the several collections of coins are kept separate after having been once formed; and to wrap the several collections of coins with paper while they remain in said collecting mechanism; and my invention includes mechanism to be disclosed hereinafter whereby the function of counting, collecting and wrapping the coins as above stated may be performed as an entlrety; and subordinate mechanisms whereby each ofthe separate operations which collectively constitute the function of the machine as a whole may be performed; and also auxiliary devices used in connection with each of said mechanisms and contributing to the performance of the several operations enumerated.

While the final result of the operation of the machine hereinafter disclosed and in which my invention is embodied is that packages of coins are discharged therefrom wrapped in paper and each package having a definite value, the machine is designed with reference to and is capable of counting coins without collecting them in collections having each a definite number of coins; and

is also capable of countingcoins and collecting them into collections each having a definite but not necessarily an invariable number of coins, by virtue of which feature the machine may be used as a change making device; and is also capable of counting coins and collecting them into collections each having a definite and predetermined value and discharging said collections from the machine without wrapping them, by virtue of which feature unwrapped stacks of coins each stack of definite value may be formed, and which stacks may obviously be handled as units in unwrapped condition or may be wrapped by hand or by other machines; and is also capable of wrapping collections of coins counted by hand or by other machines, in whichcase the machine operates to wrap coins but not to count or collect them into collections of definite value.

\Vith the above features in view, my invention consists in the machine shown in the described in the accompanying drawings,

and particularly following specification, pointed out in the claims.

In the accompanying drawings: Figure 1 is a view showing the lower ortion of the machine in side elevation. Fig. 1 is a corresponding side elevation of the upper portion of the machine, portions thereof being broken away. Fig. 2 is a sectional elevation taken upon a Vertical plane passin through the center of the machine, and showing the lower portion thereof. Fig. 2 is a corresponding sectional elevation of the upper portion of the machine. Fig. 3 is a plan VIEW of the machine. Fig. 4 is a wow showing the lower portion of the machine in end elevation, as seen from a point to the left of Fig. 1. Fig. 4* is a corresponding end elevation of the upper portion of the machine. Fig. 5 is a sectlonal elevation taken upon a vertical plane passing through the principal operating mechanism adjacent one end of the machine, and showing the lower portion thereof. Fig. 5 is a fragmentary view taken upon a vertical transverse plane passing through the upper portion of the machine. 'Fig. 6 is a plan View of the base of the machine, portions detachable therefrom and located above the line 6-6 Fig. 1 being omitted. Fig. 7 is a sectional plan view taken upon ahorizontal plane indicated by the line 7, 7, Fig.

the capacity of the machine.

1. Fig. 8 is a plan view of an adjusting plate and crimping device as seen from the plane 88 Fig. 1, other elements being omitted. Fig. 9 is a plan view of the same plate, and certain of the other elements of my machine as seen from the plane 9 9 Fig. 1. Fig. 10 is a view taken upon a horizontal plane indicated by the hue 1010 Fig. 1, and illustrating the operation of certain counting mechanlsm, ot ler parts being omit ed. Fig. 11 is a view taken upon a horizontal plane indicated by the line 1111 Fig. 1. Flg. 12 is a fragmentary sectional view for illustrating the operation of various elements, said view being upon a vertical lane indicated by the line 12-12 Fi 6. Fi 13 is a view taken upon a vertical p ane indicated by the line 1313 Fig. 6 and looking toward the right. Fig. 14 is a plan view of a coin wrapping magazine. Fig. 15 is a View showing said magazine in elevation. Figs. 16, 17 and 18 are views illustrating crimping and folding mechanism in various positions and serving to explain the operation thereof. Figs. 19 and 20 are views showing certain stopping mechanism in two positions, and serving to explain the operation thereof. Fig. 21 is a side view of a hopper. Fig. 22 1s a view of the mutilated gear 72. Fig. 23 is a view of the mutilated gear 140. F 1g. 24 is a sectional view taken through one of the openings26. Fig. 25 is a detail plan View showing the crimping device'in position to crimp in the upper end of the paper tube surrounding a column of coins. Fig. 26 is a similar view showing the crimping device in crimping position, and Fig. 27 is a similar view showing the coin tube moved forward to bring the crimped in end of the paper tube into contact with the folding device.

In the drawings 1 is a hopper designed to receive coins all of one denomination and which coins are to be counted'and wra ped into packages each containing a de nite number of coins and therefore having a definite value. This he per is oval in form as seen in plan and is fbrmed with a large depressed portion 2 at one end constituting nearly one half the total area of the hopper and into which the mass of coins to be operated upon are placed; and a plurality-of depressions or pockets 3 havin openings 31 at their lower ends are forme in the other end of the bottom of the hopper 1, five such pockets being shown in the machine illustrated although the number of such ockets may be varied as the operation of t e machine is in no way dependent upon the number of such chine, the em loyment of a plurality of pockets being or the purpose of increasing The bottom 4 of the hopper 1 between the depressed portion 2 thereof and the pockets 3 is inpockets provided in a given maclined toward the said pockets, so that coins will pass easily from the portion 2 across the bottom 4 and into the several pockets 3, it being understood that the coins in the hopper 1 are manipulated by the operator to cause them to pass to thepockets 3. The several pockets 3 are separated from one another by partitions 5 the upper edges of which rise to the plane of the inclined bottom 4 of the hopper.

6, 6 are holes provided in the bottom of the depressed portion 2 the purpose of which is to prevent the accumulation of dirt in the said depression.

The under side of the hopper 1 is provided with an annular rib 7 which is rabbeted as at 8 and which rabbet receives the upper end of an element comprising a plurality of receiving tubes to be hereinafter referred to as a coin receiving magazine. I

9 is a supporting plate extending across the machine and forming a support for the coin receiving magazine, the counting mechanism, and various other mechanisn1 cooperating therewith, all to be more fully hereinafter described, the upper face of which plate is provided with an annular rabbet 10. Interposed between the supporting plate 9 and the bottom of the hopper 1 is a coin receiving magazine comprising two circular disks or end plates 11 and 12 adapted to fit and bear within the rabbets'8 and 10 of thehopper 1 and supporting plate 9 respectively, together with a plurality of coin receiving tubes which extend between and are supported at their ends in openings in said plates 11 and 12. I preferably arrange said tubes in a plurality of groups made up of like tubes and ten of such tubesv are shown in the embodiment of my machine as. illustrated, see Fig. 11, said tubes being arranged in two groups. The five tubes to which the numeral 13 is applied constitute one group, and all of the tubes of this group are of the same diameter, the diameter chosen being such as to adapt the tubes to receive either quarter dollar or five cent pieces; while the five tubes to which the numeral 14 is applied constitute the other group the diameter of the tubes of which is such that they may receive either pennies or ten cent pieces.

The end plates 11 and 12 and the intermediate groups of coin receiving tubes are clamped together to thereby form a unitary coin receiving magazine by means of a shaft 15 passing through holes at the center of said plates and havlng a shoulder 16 against which the lower plate 12 rests and a nut 17 at its upper end adapted to engage the upper plate 11. The shaft 15 is prolonged as at 18,

and the lower end thereof enters a uide 19 formed in a support 20 depending rom the under side of the supporting plate 9; and 21 is an adjusting screw in threaded engagement with the guide 19 and which serves as a support for the receiving magazine as a whole and by means of which said magazine is capable of a limited vertical adjustment.

The end disks or plates 11 and 12 enter the rabbets 8 and 10 of the hopper and supporting plate and are rotatable in said rabbets about the shaft 15 as an axis for the purpose of adjustment. When the machine is 1n use the coin receiving magazine is so positioned that the five coin tubes thereof constituting one group, for example the five tubes numbered 13 Fig. 11, will be in communication with the openings in the bottoms of the pockets 3 of the hopper 1, in which condition of adjustment the machine is adapted to count and wrap either quarter dollar or five cent pieces. If it be desired to change the machine to operate upon either pennies or ten cent pieces the coin receiving magazine is rotated about the shaft 15 to bring the tubes 14 of the second group into communication with the pockets 3. In order to hold the coin receiving magazine in either one of the two above mentioned positions I provide the lower plate 12 with two diametrically opposite notches 22, 23 with either one of which a sliding bolt 24 located upon the supporting plate 9 may engage.

The coin receiving tubes 13, 14 are preferably made of glass so that the coins within them may be seen, and they are preferably graduated as shown in Fig. 2 Inclined slots 25 are provided adjacent the lower ends of the tubes through which excessively worn or bent coins or coins otherwise defective may be removed by grasping the defective coin by means of a suitable implement and tilting it into an inclined position.

Referring more particularly to Figs. 10 and 11, it will be seen that the portion of the supporting plate 9 which is beneath the pockets 3 of the hopper is provided with a plurality of openings 26 corresponding in number with the number of such pockets and with the number of coin tubes 13 or 14 comprised in each of the two groups of coin tubes. These openings are separated by imperforate portions 27, and the parts of the machine are so arranged that the axis of the coin tubes 13 or l-t when the coin receiving magazine is locked in position by the bolt 24 will be in line with the middle of these imperforate portions so that they will form a support for the lower ends of columns of coins within said tubes. This will be understood from Fig. 10" wherein 28 rep= resents the lowest of a column of coins with-- in the coin receiving tubes, which column is supported by the imperforate portions 27 of the plate 9. The relative location of these parts is also shown in dotted lines in Fig. 11.

Interposed between the lower end plate 12 of the coin receiving magazine and the supporting plate 9 is a rotary counting disk 29 comprising a thin metal plate having a plurality of teeth or projections 30, five such teeth being shown in the embodiment of my invention illustrated in the drawings, this number being selected in order to adapt the machine for operating upon the small coins used in the United States monetary system.

This counting disk rotates in a counterclockwise direction, as shown in Fig. 10, and the following edge of the projections 30 is beveled at 32. These projections it will be seen pass beneath the tubes 13 or 14 when the disk 29 is rotated, and each of said projections will engage the lower one of the columns of coins in each of said coin tubes in succession, and displace said coin from its position at the bottom of a column of coins resting upon the imperforate portion 27 of the supporting plate 9 and move it into or over theopenings 26 of said plate. The coins 33, Fig. 10, are shown as having been thus pushed from beneath columns of coins resting upon the adjacent portions 27 of the plate 9 into the openings 26. The purpose of the beveled surface 32 of the teeth 30 is to permit the columns of coins to descend gradually upon the supports 27, as will be understood from Fig. 10, and not suddenly as would be the case if the following edge of the projection 30 were at right angles with the disk .29.

From the above it will be seen that during a complete rotation of the counting disk 29 each of the teeth or projections 30 thereof will displace or push the lowermost coin from the columns of coins in each of the coin tubes with which the machine is provided; and that as five teeth pass successively beneath each coin tube during a complete rotation of the counting disk 29 five successive coins will be pushed from beneath each colmnn of coins during a single rotation of the said counting disk.

The portion of the opening 26 toward which a coin moves as it is pushed from beneath a column of coins is beveled downward as shown at 34, so as to deflect the coin downward into said opening, it being understood that the coins pushed from beneath the columns in the coin tubes pass downward through the openings 26 as hereinafter more fully described.

The counting disk 29 is rotated by means of the handle 35 through the shaft 36 and gears 37, 38 of equal size, see Fig. 5, the shaft 37 being supported at one end in a bearing 38 formed in the depending support 20 and the other end thereof being supported by a second support or hanger 39.

40 is a coupling member engaging a bearing in the hanger 39 and secured to the end of the shaft 86 com-entrically therewith, and the handle 35 is provided with a projecting pin 41 which enters and is secured in a hole -42 eccentric to the shaft 37. The

arm of which is the distance between the axis of the said pin and the axis of the said.

shaft.

42 and 43 are two ratchets secured together so as to form a single unitary member and rotatable upon a bearing 44 carried by the hanger 39. These ratchets are provided one with eight teeth and the other with ten teeth.

+5, 46 are two pawls pivoted upon the pin 41, the free ends of which engage the ratchets 12, 13, it. being understood that only one of said pawls is in use at a t me, the one not in use being turned back so as not to engage the ratchet. with which it operate From the above it is evident that as the shaft 36 is rotated by means of the handle 35 the ratchets 42 or 43, according to which one is in use, will be advanced one step at each complete rotation of the said shaft by means of the crank formed by the pin 41 and the pawl 45 or 46 which is in use. Thus each rotation of the shaft 36 will advance the two ratchets, they being rigidly connected together, either one tenth or one eighth of a rotation, and ten or eight rotations of said shaft will advance the pawls through a complete rotation. Means are provided for arresting the rotary movement of the ratchets 42, 13 at the end of each complete rotation thereof comprising a stop pin 17 carried by said ratchets and a stop lever 48 pivoted to the hanger 39 at 19. The stop lever is provided with a spring 50 secured thereto at 51.

Assuming that the machine is to operate upon either quarter dollar or five cent pieces, and considering the counting function only as performed by the mechanism thus far disclosed, the operation is as follows. The group of large coin receiving tubes numbered 13 is brought beneath the pockets 3 and said tubes filled with coins from the hopper 1 as above explained. The shaft 36 is now rotated by means of the handle 35 to thereby rotate the counting disk 2%), and each rotation thereof will as shown above discharge five coins in succession from the lower end of the column of coins within each of the coin receiving tubes 13. Each rotation of the shaft 36 will also advance the ratchet 42, having eight teeth one step by means of the pawl 43 the other pawl being swung back out of engagement with its ratchet, thereby moving the stop pin 47 from the position shown in Fig. 20 in the direction indicated by the arrow. The rotation of the shaft 36 being continued it will be seen that at the end of that the collections of coins will be wrapped eight complete rotations thereof the stop pin 47 will have been moved into the position shown in Fig. 19 and that further movement thereof will be prevented by the engagement of the pin 47 with the spring 50 of the stop lever as. When the stop lever 48 is operated to depress the end thereof having the spring 50, the said spring takes the position shown in Fig. 20. and the shaft 36 may be again operated: but it will be understood that the stopping of the counting operation as above indicates that collections of coins suitable for wrapping have been accumulated as will hereinafter appear; and

into packages or otherwise disposed o before the counting mechanism above disclosed is operated a second time.

During the eight rotations of the shaft 36 permitted before its movement is arrested as above it will be seen that a total of eight times five, or forty coins will be displaced or pushed from the bottom of the column of coins in each of the coin receiving tubes 13; and that the total value of the coins thus displaced from each column will be ten dollars in the case of quarter dollar pieces, or two dollars in the case of five cent pieces. In a similar way if the machine is to operate upon pennies or ten cent pieces the tubes 14, and the ratchet 43 having ten teeth will be used, in which case ten rotations of" the shaft 36 and counting disk 29 are permitted before the stopping mechanism comes into operation; and a total of fifty coins are pushed from the bottom of each column of coins, the value thereof being five dollars in the case of ten cent pieces, or fifty cents inthe case of pennies.

From the above it-.,will be appreciated that a plurality of pockets 3 and of coin tubes 13 or 14 is used in order to increase the capacity of the machine, and that the number usedis in no way concerned in the counting function. In the above described operation, in the first instance, forty coins are pushed from a column of coins and fall through say the opening 26 shown at the top of Fig. 10, and the same number fall through each of the other openings 26. Thus eight rotations of the shaft 36 count five separate collections of coins, each collection comprising forty separate coins.

Hoppers or funnels 52 are secured to the under side of the supporting plate 9, one beneath each of the openings 26 in said plate, and into which the coins fall after having been displaced by the counting disk 29 as above disclosed. These funnels are so shaped that the lower or discharge end thereof will be directly over coin collecting mechanism to be next described, the purpose of the funnels being to conduct coins from the counting mechanism above described to the collecting mechanism. These funnels are provided with a flange 53 at their lower end to which flange a cover 54 is secured at 55, said cover swinging in the plane of the bottom of the funnel to open or close the lower discharge end thereof. 56 is a knob for operating the cover 54. \Vhen the lower end of any given funnel is closed the coins discharged thereinto are prevented from passing to the collecting mechanism; and the purpose of such covers is to retain the coins in a given hopper or funnel in case there are not enough coins in the coin receiving tube above sald funnel to make a complete package, which feature will be found to be of advantage in finishing up the counting and packaging of a quantity of coins.

57 are a plurality of counting devices, the purpose of which is to count and register the total number of coins pushed from beneath each of the columns of coins in the coin tubes, and the number of such counting devices is the same as the number of coin re ceiving tubes used. These counting devices are secured to'brackets 58 formed with the sup orting plate 9, and are operated by vertica ly extending rock shafts 59journaled in bosses 60 formed in said plate. See Fig. 10.

Upon the upper ends of the shafts 59 arms 61 are secured, which arms lie in the path of movement of and are engaged by the coins as they are pushed from beneath the column of coins by the counting disk 29.

Thus each coin operated upon will engage an arm 61 and operate the counting device with which the same is connected.

62 is the base plate of my machine and 63 are legs whereby saidbase plate is supported. The supporting plate 9, hopper 1 and base plate 62 are secured together and maintained in proper position relative to one another by means of bolts 64 extending from the base to the-hopper, and spacing tubes 65 surrounding said bolts and extending between the base and the supporting plate and other spacing tubes 66 surrounding the bolts and extending between the supporting plate and the hopper.

67 and 68 are two hangers secured to the under side of the base 62 and having bearings at their lower ends for supporting a shaft 69 having a crank handle 70 by means of which it may be rotated, the shaft 69 being the main driving shaft of the machine.

1 is a shaft extending vertically through the base plate 62 and driven from the shaft 69 by means of the gears 7 2, 73. The lower end of said shaft is supported by the bracket 74 projecting from the hanger 68, and the upper end thereof is made square as at 75, and is threaded as at 76. 77 is a nut engaging with the threaded portion of said shaft and having a reduced portion 78 and a collar 79 detachable therefrom but intended to remain permanently attached to the nut after having been properly adjusted.

80 is an adjustable plate extending across the machine and having guides 81 in engagement with but movable upon the spacing tubes 65, and having also a hole at its center through which the reduced portion 78 of the nut 77 extends.

82 is a part of crimping mechanism to be later described.

The parts 77, 78, 79, 80 and 82 having been assembled as shown in Fig. 5 it is obvious that the adjustable plate 80 and crimping member 82 will be supported from the shaft 71 by means of the nut 77 and collar 79, and that the nut will rotate with the shaft as the connection between the nut and plate 80 is sufliciently loose to permit rotation of the nut. The plate 80 may, it will be understood, thus be adjusted vertically by means of the nut 77.

Inter-posed between the base plate 62 and the adjustable plate 80 and driven by the vertical shaft- 71 is a rotatable coin collecting device designed to receive coins from the counting mechanism above disclosed, and within which the collection of coins may be wrapped with paper, in which case the said device may appropriately be designated as a coin packaging and wrapping magazine; which device comprises circular end plates 83, 8-l secured to and spaced apart by a driving hub 85 having a groove 86 to engage the squared portion of the said shaft.

67 are collecting, and, if desired, wrapping tubes, extending between the end plates 83, 84, the ends of said tubes being preferably soldered to the said end plates. These tubes have vertically extending openings 88 extending throughout their length and flared as shown to permit the entrance of a strip of paper for wrapping the coins as will be hereinafter more fully explained. The lower end of the driving hub 85 is prolonged as at 89 and is adapted to enter a hole 90 in the base plate 62 to thereby secure the said magazine from displacement. The end plates 83, 84: are provided each with a slot 91 communicating with the groove 86 of tits hub 65 and extending from the hub to the periphery of said plates.

From the above it will be obvious that after lifting the adjustable plate 80 by means of the nut 77 the wrapping magazine may be lifted to disengage the prolongation 8!) from the hole 90 and then moved sidewise and removed from the machine, the slots 91 permitting such sidewise movement. The wrapping magazine is replaced in the machine by performing the above operation reversely.

I preferably employ separate wrapping magazines for each kind of coin to be operated upon, because the heights of piles of coins of the several denominations and of the values above mentioned when collected in said magazine will vary, and the magazines are removed from and inserted in the machine as above disclosed, the plate 80 being adjusted to the particular magazine used by means of the nut 77 as above disclosed.

The number of coin collecting or wrapping tubes 87 employed in a wrapping magazine, is preferably ten, and, as coins will be wrapped in each of said tubes successively by wrapping mechanism stationary with reference thereto, it is obvious that in termittent motion in increments of one tenth of a revolution must be imparted to said magazine in order to bring the successive wrapping tubes into operative relationship with the wrapping mechanism. To accomplish this the gears 72, 73 drive the shaft 71 intermittently, each movement being through one tenth of a revolution or through thirty-six degrees; to which end the gear 72 is shown as provided with a single projection or tooth while the gear 73 is shown as having ten depressions into which said tooth may enter, the illustration being intended as a conventional showing of any one of the familiar types or classes of mechanisms in common use for imparting intermittent rotary motion to one shaft from another which rotates continuously. The tubes 87 areprovided with openings 92 in their sides so that the coins within the tubes may be seen.

The adjustable plate 80 is provided with a plurality of openings 93 corresponding in number with the number of hoppers 52 and located vertically below the discharge openings of said hopper. Funnels 94 are provided upon the upper side of said plate, which funnels communicate with said openings so as to insure that coins falling from i the hoppers 52 will pass through the plate 80 and into the tubes of the wrapping magazine, See Figs. 8 and 9.

The adjustable plate 80 is cut away as at 95 to thereby form a recess and is provided with a seat at 96 upon its under side and within Which a folding member 97 is secured, itbeing understood that the under surface of the plate 80 after the folding member 97 is in place, or the annular portion of said surface which is opposite and nearly in contact with the'upper ends of the wrapping tubes 87, is all in one plane. The portion of the base plate 62 which is directly beneath the rotary wrapping magazine is raised so as to be in a higher plane than other portions of said base plate, such raised portion being the circular portion at the left hand end of Fig. 6. This feature is shown in elevation in Figs. 5 and 12. This raised portion of the base plate 62, and also the depressed portion of the base adjacent thereto, is cut away as at 98 to thereby form a second recess similar to therecess 96, see Fig. 6, and a second folding'member 99 is secured in a seat formed in said raised portion, it being understood that the annular portion 100 of the upper surface of said raised portion over which the lower ends of the wrapping tubes 87 travel is, after said second foldin member is in place, all in one plane. The olding member'99 is directly elow the folding member 87 as will be understood from Figs. 1, 16, 17, and 18.

Operating within the cut away portions or recesses 95 and 98 of the plate 80 and base plate 62, which cut away portions are in vertical alinement with one another is crimping mechanism capable of oscillatory movement about the vertical shaft 71 as a center, and comprising an upper arm 82 which has a bearlng upon the adjusting nut 77, see Fig. 5, and a lower arm 101 which has a bearing directly upon the shaft 71. The upper arm 82 passes above the adjustable plate 80, see Fig. 8, and through a slot in the hub 102 thereof as will be understood from Figs. 5 and 8. Said arm is bent at 103 so as to bring the lower surface of the outer end thereof downward and into the same plane as the lower surface of the plate 80 as will be understood from Figs. 1 and 12. The lower arm 101 passes beneath the raised portion of the base plate 62, Figs. 1, 5, and 12; and said arm is bent at 104 so as to bring the upper surface of the outer end thereof upward and into the same plane as the annular portion 100 of the raised portion of the base plate 62 over which the lower ends of the wrapping tubes 87 travel. The lower arm 101 is supported by and moves upon a horizontally extending portion 1041 of the hanger 68, and the free end thereof is prolonged and bent upward at right angles as shown at 105, Figs. 1, 12 and 16 to 18; and the ortion 105 is provided with an elongated s 0t 106 through which a rounded and threaded extension 107 of the upper arm 82 passes, a nut 108 being provided for securing the parts together. It will thus be seen that the upper and lower arms of the crimper may be rigidly connected together, and the upper arm is operated from the lower arm as will hereinafter appear. The slot 106 is to enable the parts to be adjusted to different heights of coin packaging and wrapping magazines, as it is evident that the upper arm 82 moves with the plate 80 as said plate is adjusted to accommodate varying heights of magazine as before explained. The upper arm 82 of the crimping member is provided with a projection 109 which is beveled upon its under side as at- 110, and the lower arm 101 of the crimping member is provided with a similar projection 111 beveled upon its upper side as at 112. These projections are so located upon the arms that they will be di- 

